SMC Networks ASP Series User manual

Other manuals for ASP Series

3

Table of contents

Other SMC Networks Control Unit manuals

SMC Networks

SMC Networks VEX3 Series User manual

SMC Networks

SMC Networks 56-VQC1000 Series Manual

SMC Networks

SMC Networks SZ3000 Series User manual

SMC Networks

SMC Networks VP500 Series User manual

SMC Networks

SMC Networks VFS Series User manual

SMC Networks

SMC Networks AKP Series User manual

SMC Networks

SMC Networks XGTP Series User manual

SMC Networks

SMC Networks AV2000-02-1 User manual

SMC Networks

SMC Networks EX260 Series User manual

SMC Networks

SMC Networks VQ100 Series User manual

SMC Networks

SMC Networks SJ3A6 Series User manual

SMC Networks

SMC Networks VQZ 1000 Manual

SMC Networks

SMC Networks SV Series User manual

SMC Networks

SMC Networks Barricade SMC2804WBR User manual

SMC Networks

SMC Networks VXS23 Manual

SMC Networks

SMC Networks VHS20 Series User manual

SMC Networks

SMC Networks VM1000 Series User manual

SMC Networks

SMC Networks VEX5 Series User manual

SMC Networks

SMC Networks XT323-4 User manual

SMC Networks

SMC Networks XGTP31 50336 Series User manual

SMC Networks

SMC Networks JSXD Series User manual

SMC Networks

SMC Networks EX600-SDN Series User manual

SMC Networks

SMC Networks EX600-SMJ Series User manual

SMC Networks

SMC Networks JSY1000 Series User manual

Popular Control Unit manuals by other brands

Festo

Festo Compact Performance CP-FB6-E Brief description

Elo TouchSystems

Elo TouchSystems DMS-SA19P-EXTME Quick installation guide

JS Automation

JS Automation MPC3034A user manual

JAUDT

JAUDT SW GII 6406 Series Translation of the original operating instructions

Spektrum

Spektrum Air Module System manual

BOC Edwards

BOC Edwards Q Series instruction manual

KHADAS

KHADAS BT Magic quick start

Etherma

Etherma eNEXHO-IL Assembly and operating instructions

PMFoundations

PMFoundations Attenuverter Assembly guide

GEA

GEA VARIVENT Operating instruction

Walther Systemtechnik

Walther Systemtechnik VMS-05 Assembly instructions

Altronix

Altronix LINQ8PD Installation and programming manual

Eaton

Eaton Powerware Series user guide

WAGO

WAGO 750-407/040-000 manual

Sony

Sony CCU-590 Operation manual

Graco

Graco 25D614 instructions

Task Force Tips

Task Force Tips YE-RF-900 Instructions for installation, safe operation and maintenance

Shini

Shini SPV-U Series manual

PRODUCT NAME

Pilot Check Valve Compact Type

Speed Controller

MODEL/ Series/ Product Number

ASP-

＊＊＊＊

-

＊

Doc. no. DOC1029698-1

2023-10-19 09:51

DP195384

-1-

Contents

1. Safety Instructions 2

～

3

2. Specific Product Precautions 4

～

10

3. Application

11

4. Specifications 11

5. Malfunctions and Countermeasures

11

6. Construction 12

～

14

2023-10-19 09:51

DP195384

-2-

Pilot Check Valve Compact Type

Speed Controller / ASP Series

Safety Instructions

These safety instructions are intended to prevent hazardous situations and/or equipment damage.

These instructions indicate the level of potential hazard with the labels of “Caution,” “Warning” or “Danger.”

They are all important notes for safety and must be followed in addition to International Standards

(ISO/IEC)

*1)

, and other safety regulations.

*1) ISO 4414: Pneumatic fluid power - General rules and safety requirements for systems and their components

ISO 4413: Hydraulic fluid power - General rules and safety requirements for systems and their components

IEC 60204-1: Safety of machinery - Electrical equipment of machines - Part 1: General requirements

ISO 10218-1: Robots and robotic devices - Safety requirements for industrial robots - Part 1:Robots

etc.

Danger

Danger

indicates a hazard with a high level of risk which, if not avoided, will result

in death or serious injury.

Warning

Warning

indicates a hazard with a medium level of risk which, if not avoided, could

result in death or serious injury.

Caution

Caution

indicates a hazard with a low level of risk which, if not avoided, could result

in minor or moderate injury.

Warning

1. The compatibility of the product is the responsibility of the person who designs the equipment or

decides its specifications.

Since the product specified here is used under various operating conditions, its compatibility with specific

equipment must be decided by the person who designs the equipment or decides its specifications based on

necessary analysis and test results.

The expected performance and safety assurance of the equipment will be the responsibility of the person who

has determined its compatibility with the product.

This person should also continuously review all specifications of the product referring to its latest catalog

information, with a view to giving due consideration to any possibility of equipment failure when configuring the

equipment.

2. Only personnel with appropriate training should operate machinery and equipment.

The product specified here may become unsafe if handled incorrectly.

The assembly, operation and maintenance of machines or equipment including our products must be performed

by an operator who is appropriately trained and experienced.

3. Do not service or attempt to remove product and machinery/equipment until safety is confirmed.

1.The inspection and maintenance of machinery/equipment should only be performed after measures to

prevent falling or runaway of the driven objects have been confirmed.

2.When the product is to be removed, confirm that the safety measures as mentioned above are implemented

and the power from any appropriate source is cut, and read and understand the specific product precautions

of all relevant products carefully.

3. Before machinery/equipment is restarted, take measures to prevent unexpected operation and malfunction.

4. Our products cannot be used beyond their specifications.

Our products are not developed,

designed, and manufactured to be used under the following conditions or

environments. Use

under such conditions or environments is not covered.

1. Conditions and environments outside of the given specifications, or use outdoors or in a place exposed to

direct sunlight.

2. Use for nuclear power, railways, aviation, space equipment, ships, vehicles, military application, equipment

affecting human life, body, and property, fuel equipment, entertainment equipment, emergency shut-

off

circuits, press clutches, brake circuits,

safety equipment, etc., and use for applications that do not conform

to standard specifications such as catalogs and operation manuals.

3. Use for interlock circuits, except for use with double interlock such as installing a mechanical protection

function

in case of failure. Please periodically inspect the product to confirm that the product is operating

properly.

2023-10-19 09:51

DP195384

-3-

Pilot Check Valve Compact Type

Speed Controller / ASP Series

Safety Instructions

Caution

We develop, design, and manufacture our products to be used for automatic

control equipment, and

provide them for peaceful use in manufacturing business.

Use in non-manufacturing business is not covered.

Products we manufacture and sell cannot be used for the purpose of transactions or certification specified

in the Measurement Act.

The new Measurement Act prohibits use of any unit other than SI units in Japan.

Limited warranty and Disclaimer/Compliance Requirements

The product used is subject to the following “Limited warranty and Disclaimer” and “Compliance

Requirements”.

Read and accept them before using the product.

Limited warranty and Disclaimer

1.The warranty period of the product is 1 year in service or 1.5 years after the product is

delivered,whichever is first.

Also, the product may have specified durability, running distance or replacement parts. Please

consult your nearest sales branch.

2. For any failure or damage reported within the warranty period which is clearly our responsibility,

a replacement product or necessary parts will be provided.

This limited warranty applies only to our product independently, and not to any other damage

incurred due to the failure of the product.

3. Prior to using SMC products, please read and understand the warranty terms and disclaimers

noted in the specified catalog for the particular products.

Compliance Requirements

1.

The use of SMC products with production equipment for the manufacture of weapons of mass

destruction(WMD) or any other weapon is strictly prohibited.

2.

The exports of SMC products or technology from one country to another are governed by the

relevant security laws and regulation of the countries involved in the transaction. Prior to the

shipment of a SMC product to another country, as

sure that all local rules governing that export

are known and followed.

2023-10-19 09:51

DP195384

-4-

2. Specific Product Precautions

Warning

(1) Confirm the specifications.

The products are designed to be used in

compressed air systems (including vacuum)

only.

Do not operate at pressures, temperatures, etc.,

beyond the range of specifications, as this can

cause damage or malfunction. (Refer to the

specifications.)

Please contact SMC when using a fluid other

than compressed air (including vacuum).

We do not guarantee against any damage if the

product is used outside of the specifications

range.

(2) Do not disassemble the product or make any

modifications, including additional

machining.

Doing so may cause human injury and/or an

accident.

(3) Sonic conductance (C) and critical pressure

ratio (b) values for products are

representative values.

The speed

controller’s controlled flow values are with

the needle fully open and free flow with the

needle fully closed.

(4) Check if PTFE can be used in application.

PTFE powder (Polytetrafluoroethylene resin) is

included in the seal material of the male thread

type piping taper thread. Confirm that the use of

it will not cause any adverse effect on the system.

Please contact SMC if the Safety Data Sheet

(SDS) is required.

(5) The pilot check valve is a product aimed at

the control of the actuator via a temporary

intermediate stop.

The pilot check valve is used for temporarily

stopping the actuator. Until a pilot signal is input,

the valve shuts off the flow path from 2 to 1 and

the actuator stops. When a pilot signal is input,

the flow path from 2 to 1 is opened. When the

residual pressure exhaust button is operated, all

flow paths (2 to 1, 21, and exhaust port) are

opened.

Warning

(6) The product cannot be used for accurate

and precise intermediate stop of the actuator.

Due to the compressibility of air as a fluid, the

actuator will continue to move until it reaches a

position of pressure balance, even though the

pilot check valve closes with an intermediate

stop signal.

(7) The product cannot be used for retention of

the stop position for long hours.

Pilot check valve and actuators are not

guaranteed for zero air leakage. Therefore, it is

sometimes not possible to hold a stop position

for extended period of time. In the event that

holding for an extended time is necessary, a

mechanical means for holding should be

devised.

(8) When “ASP-*-M5” or “ASP-*-U10” is used,

pay attention to the residual pressure on the

port 1 side.

Due to the residual pressure on the port 1 side,

the responsiveness of the intermediate stop of

the actuator may become slower. Use “ASP-*-

M5” or “ASP-*-U10” in a circuit in which an

exhaust center valve is used so that no residual

pressure is generated on the port 1 side.

(9) Pay attention to the residual pressure within

the actuator at the time of intermediate stop.

When the actuator is stopped at the intermediate

position by this product, there may be pressure

contained inside the actuator, therefore the

actuator may suddenly move when the residual

pressure is released. Before operating the

residual pressure exhaust button, confirm that

the surrounding area is secure from any

potential hazards or accidents occurring.

Design/ Selection

Exhaust

Port

21

2

1

Design/ Selection

Residual pressure

exhaust button (ø2.9)

Exhaust

Port

2023-10-19 09:51

DP195384

-5-

Warning

(10) Use this product after checking the

surrounding areas in advance before the

release of residual pressure.

The actuator may move at a speed quicker

than the intended speed from the original circuit

set up when exhausting from the residual

pressure release. Confirm this speed will not

create additional hazards and pay attention to

the air discharged from the exhaust port.

(11) Pay attention to the motion of the actuator

at the time of release of the residual

pressure.

When operating the residual pressure exhaust

button or conducting maintenance or

inspection, the actuator may start moving due

to the residual pressure. Take appropriate

measures in advance to prevent an actuator

movement from posing a hazard.

Also pay attention to the operation speed and

the movement of the cylinder during exhaust.

When an exhaust center valve is used on the

actuator supply side (Figure A below), the

residual pressure is released from port 1, 21,

and the exhaust port. However, when using a

closed center valve like the example shown in

Figure B below, air is discharged only from port

21 and the exhaust port. Use “ASP-*-M5” or

“ASP-*-U10” in a circuit with an exhaust center

valve.

For the moving direction of the actuator against

the corresponding exhaust side, refer to the

figure below.

*Use “ASP-*-M5” or “ASP-*-U10” in a circuit with an

exhaust center valve.

Warning

* “ASP-*-M5” and “ASP-*-U10” cannot be used in a circuit in

which only a closed center valve is used. When you wish to

use “ASP-*-M5” or “ASP-*-U10” together in a circuit with a

closed center valve, please contact SMC.

(12) Push the residual pressure exhaust button

all the way to the end position by using a

tool.

Push the residual pressure exhaust button all

the way to the end position by using a tool

having a tip diameter of φ2.8 or below. See the

table below for the depth and force to push the

tool. The higher the residual pressure, the more

force is needed to press the override button

completely.

Operating force [N]

(reference value)

ASP-*-M5/U10 5.3 to 8.2 3.5

ASP-*-*01 5.1 to 11.9 3.9

ASP-*-*02 6.7 to 19.5 3.8

ASP-*-*03 10.6 to 34.4 4.7

ASP-*-*04 17.1 to 54.4 5.8

Part number Operating depth

[mm]

(13) After operating the residual pressure

exhaust button, confirm that the button has

returned to the normal position.

Make sure that the residual pressure exhaust

button has returned to the end face of the

product before operating again. If the button

cannot return to the normal position, the

intermediate stop function of the actuator will

not work. Therefore, replace the product with a

new one.

Moves to the

extended end side.

Moves to the

retracted end side.

Exhaust side

Exhaust side

Figure A: Example of piping using exhaust center valve

Figure B: Example of piping using closed center valve

(Recommended example)

Moves to the

extended end side.

Moves to the

retracted end side.

Exhaust side

Exhaust side

Design/ Selection

Design/ Selection

2023-10-19 09:51

DP195384

-6-

Warning

(14) Pay attention to the motion of the actuator

at the time of restart after the release of

residual pressure.

When restarting the product after releasing the

residual pressure, check the initial driving

direction, confirm that the work area is secured,

and then restart the product. Failure to follow

this instruction may cause the actuator to

suddenly move.

(15)

When the product is used in a balance

control circuit, the check valve may not be

released even when the pilot pressure is

50% of the operating pressure. In this case,

obtain the pilot pressure from a position so

that the pilot pressure is equivalent to the

operating pressure.

When using the product at the minimum

operating pressure, set the pilot pressure to

0.1 MPa or higher.

For

“

ASP-*-M5” or “ASP-

*-U10” pilot check valve, pilot pressure to

0.15 MPa or higher.

(16)

As a reference, we have confirmed through

our durability tests that the check valve has

a durability against 10 million cycles of ON

and OFF operations and the residual

pressure exhaust button has a durability

against 10,000 cycles of operation at the

maximum operating pressure.

However, note that the tests were

conducted under limited conditions.

(17) In the following cases, malfunctioning or

noise due to oscillation may occur.

- When the differential pressure between the

port 1 side and port 2 side is smaller than the

minimum operating pressure

- When the IN side piping of the product or the

effective area of the directional control valve is

smaller than that of the product

- When the pressure drop on the port 1 side is

slower than that of the port 2 side during

operation of the product

- When the supply pressure at the port 21 is

reduced (Refer to the piping diagram below.)

- When the port 1 side piping (tube) is bent or

crushed

Warning

Warning

(1) Operation Manual

Install the products and operate it only after

reading the operation Manual carefully and

understanding its contents. Also, keep the

Manual where it can be referred to as necessary.

(2) Ensure sufficient space for maintenance

activities.

When installing the products, allow access for

maintenance.

(3) Tighten threads with the proper tightening

torque.

When installing the products, follow the listed

proper torque.

(4) After pushing the knob down to lock, confirm

that it is locked.

It should not be possible to rotate the knob to the

right or to the left. If the knob is pulled with force,

it may break. Do not pull the knob with excessive

force.

locked

unlocked

Mounting

Recommended

NG

Design/ SelectionDesign/ Selection

Knob

2023-10-19 09:51

DP195384

-7-

Warning

(5) Check the degree of rotation of the needle

valve.

The products in this catalog are retainer type so

that the needle is not removed completely. Over

rotation will cause damage.

(6) Adjust the speed by opening the needle

slowly from the fully closed state.

Loose needle valves may cause unexpected

sudden actuator lurching.

When a needle valve is turned clockwise, it is

closed and actuator speed decreases. When a

needle valve is turned counterclockwise, it is

open and actuator speed increases.

(7) Use R external threads with Rc internal

threads and NPT external threads with NPT

internal threads and G external threads with

G internal threads.

(8)

Check piping directions before mounting.

Connect the inlet to the directional control valve

and the outlet to the actuator.

(9) Do not apply excessive force or shock to the

body or fittings with an impact tool.

It can cause damage or air leakage.

(10) For handling One-touch fittings, refer to the

Fittings and Tubing Precautions.

(11) Pay attention to the method of mounting on

the cylinder.

For the horizontal type, a hexagon wrench

needs to be used. The product cannot be

mounted with an open-end wrench. For the

mounting of the vertical type, an open-end

wrench needs to be used. Note that the

mounting method differs between the vertical

type and the horizontal type.

(12) Conduct mounting and removal of the

vertical type by holding the width across

flats of the body B and turning it by using

an appropriate wrench.

Do not apply torque at other points as the

product may be damaged. Rotate Body A

manually for positioning after installation.

(13) To install and remove the product with

hexagonal hole, use an appropriate hex key

and push it into the hexagon hole of the

stud.

Do not apply torque at other points as the

product may be damaged. Rotate Body A or B

manually for positioning after installation. Refer

to the applicable dimension of the hexagon

wrench.

Warning

Metric [mm] Imperial [Inch]

M5, 10-32UNF 2.5 -

R1/8, G1/8 6 -

NPT1/8 - 7/32"

R1/4, G1/4 8 -

NPT1/4 - 5/16"

R3/8, G3/8 10 -

NPT3/8 - 3/8"

R1/2, G1/2 10 -

NPT1/2 - 3/8"

Connection

Thread

Hex Key (Nominal)

(14) Do not use the product in application that

involves continuous rotation. Do not use

the product in a manner that applies a

moment load.

Failure to follow these instructions may cause

the fitting or product to be damaged.

Caution

(1) For M5, 10-32UNF

①

Tightening method

First, tighten it by hand, then give it an additional

1/6 turn to 1/4 turn with a wrench. A reference

value for the tightening torque is 1 to 1.5 N·m.

Note) Excessive tightening may damage the

thread portion or deform the gasket and

cause air leakage.

If the screw is too shallowly screwed in, it

may come loose or air may leak.

②

Chamfered area for female thread

Conforming to ISO 16030 (air pressure fluid

dynamics –connection –ports and stud ends),

the chamfered dimensions shown in the table

below are recommended.

M5

10-32UNF

Female thread

size

Chamfered port size φD

（

Recommended value

）

5.1 to 5.4

5.0 to 5.3

*Photos of vertical type (left)

and horizontal type (right) products

Mounting

Body B

Body A

Stud

End body

Mounting

Mounting

2023-10-19 09:51

DP195384

-8-

Caution

③

This product has a stopper for fully close in

rotating direction Excess torque may break

the stopper. Table below shows the

maximum allowable torque of the knob.

Body size Maximum allowable torque [N·m]

M5 0.05

1/8 0.07

1/4 0.16

3/8 0.2

1/2 0.4

(1) For R, NPT, G thread

①

Tightening method

To tighten a screw on the vertical type, first

tighten it by hand and then hold the width across

flats of the body B and turn it by using an

appropriate wrench. To tighten a screw on the

horizontal type, tighten it by hand and then insert

an appropriate hexagon wrench to the

hexagonal socket of the stud and turn it.

Refer to the reference values in the table below

for the tightening torque.

1/8 3 to 5

1/4 8 to 12

3/8 15 to 20

1/2 20 to 25

Connection thread

size

Tightening Torque

(N

・

m)

②

Chamfered area for female thread

By chamfering as shown in the following table,

machining of threads is easier and effective for

burr prevention.

Rc NPT G Face seal

1/8 10.2 to 10.4 10.5 to 10.7 9.8 to 10.2

1/4 13.6 to 13.8 14.1 to 14.3 13.3 to 13.7

3/8 17.1~17.3 17.4~17.6 16.8~17.2

1/2 21.4~21.6 21.7~21.9 21.0~21.4

Chamfered port size φD

（

Recommended value

）

Connection

Thread size

*G thread (face seal) complies with ISO16030-

2001.

Caution

(1) If the fitting is tightened with excessive

torque, a large amount of sealant will seep

out. Remove the excess sealant.

(2) Insufficient tightening may loosen the

threads, or cause air leakage.

(3) Reuse

①

Normally, fittings with a sealant can be reused

2 to 3 times.

②

To prevent air leakage through the sealant,

remove any loose sealant stuck to the fitting

by blowing air over the threaded portion.

③

If the sealant no longer provides effective

sealing, wrap sealing tape over the sealant

before reusing. Do not use the sealant in any

form other than a tape type.

(4) Once the fitting has been tightened, backing

it out to its original position often causes the

sealant to become defective. Air leakage will

occur

(5) Use R external threads with Rc internal

threads and NPT external threads with NPT

internal threads.

Caution

(1) Refer to the Fittings & Tubing Precautions for

handing One-touch fittings.

(2) Preparation before piping

Before piping is connected, it should be

thoroughly blown out with air (flushing) or

washed to remove chips, cutting oil and other

debris from inside the pipe.

(3) Winding of sealant tape

When screwing together pipes and fittings, etc.,

be certain that chips from the pipe threads and

sealing material do not get inside the pipe.

Also, when the sealant tape is used, leave

approx. 1 thread ridges exposed at the end of

the threads.

Mounting

Piping Threads with Sealant

Piping

2023-10-19 09:51

DP195384

-9-

Caution

(1) Connection and disconnection of tube from

one-touch fitting

①

Installation of tube

1) Cut the tube perpendicularly, being careful not

to damage the external surface. Use an SMC

tube cutter TK-1, 2, 3 or 6. Do not cut the tubing

with pliers, nippers, scissors, etc., otherwise

the tubing will be deformed and problems may

result.

2) The outside diameter of the polyurethane

tubing swells when internal pressure is applied

to it. Therefore, it may be impossible to re-

insert the tubing into One-touch fittings. Check

the tubing outside diameter, and when the

accuracy of the outside diameter is +0.07mm

or larger for φ2, and +0.15mm or larger for

other sizes, re-insert it into the One-touch

fitting without cutting the tube. When the

tubing is re-inserted into the One-touch fitting,

confirm that the tubing goes through the

release button smoothly.

3) Grasp the tubing, and slowly push it straight (0

to 5°) into the One-touch fitting until it comes to

a stop.

4) Pull the tubing back gently to make sure it has

a positive seal. Insufficient installation may

cause air to leak or the tubing to release.

As a guide for checking if the tubing is pulled

out or not, refer to the following table.

②

Removal of the tube

1) Push the release button flange evenly and

sufficiently to release the tube. Do not push

in the tubing before pressing the release button.

2) Pull out the tubing while keeping the release

button depressed. If the release button is not

held down sufficiently, the tubing cannot be

withdrawn.

3) To reuse the tubing, remove the previously

lodged portion of the tubing. If the lodged

portion is left on without being removed, it may

result in air leakage and make the removal of

the tubing difficult.

Caution

(2) Connection of the metal rod accessories

Do not use tube, resin plug, reducer, etc. after

connecting a fitting with a metal rod (KC series,

etc.) to a One-touch fitting. This can cause the

disconnection of tube.

(3) When mounting the tube, resin plug or metal

rod, do not press the release button.

Do not press the release button unnecessarily

before mounting tubing, resin plugs and metal

rods. This can cause the disconnection of tube.

(4) When using a tubing other than from SMC,

confirm that the tube material and the O.D.

accuracy satisfy the following specifications.

1) Nylon tube ±0.1 mm max.

2) Soft nylon tube ±0.1 mm max.

3) Polyurethane tube +0.15 mm at max.

Within -0.2 mm

Do not use the tubing which does not satisfy the

specified tubing O.D. accuracy, or if the tubing

has a different I.D., material, hardness, or

surface roughness from those of SMC's tubing.

If you have any questions, please consult SMC.

Failure to satisfy the specifications may lead to

difficulty in connecting the tubing, leakage,

disconnection of the tubing, or fitting damage.

(1) When connecting piping to the One-touch

fitting, use a pipe length with sufficient

margin, in accordance with the piping

conditions shown in Figure 1.

Also, when using a tying band, etc., to bind the

piping together, make sure that external force

does not come to bear on the fitting.

(see Figure 2)

Unit:mm

φ4, φ5/32"

56 or more 44 or more 26 or more 20 or more

φ6

84 or more 66 or more 39 or more 30 or more

φ1/4"

89 or more 70 or more 57 or more 32 or more

φ8, φ5/16”

112 or more 88 or more 52 or more 40 or more

φ10

140 or more 110 or more 69 or more 50 or more

φ12

168 or more 132 or more 88 or more 60 or more

Tubing size Straight-line

length

Mounting pitch A

Nylon

tube

Soft nylon

tube

Polyurethane

tube

Precautions for One-Touch Tube Fittings

Piping

Recommended Piping Conditions

Piping

2023-10-19 09:51

DP195384